1 multiple choice a heterozygous b x sex linked traits c inclomplete dorminance d standard dormi

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a) Heterozygous b) X sex-linked traits c) incomplete dominance d) standard dominance e) Recessive f) Epistasis g) Genotype h) Phenotype i) Dominant j) Homozygous k) Codominance A. Individuals with two of the same alleles for a trait are homozygous for that trait. B. In a Mendelian cross of standard dominance, all of the F1 individuals are heterozygous for the trait being studied. C. The phenotype is what an organism looks like. D. Individuals with different alleles for a single trait (regardless of the type of dominance for the trait) are classified as heterozygous. E. The genotype is the sum total of all alleles in an individual. F. In codominance, both alleles are fully expressed in the individual. G. Men cannot be carriers of X-linked traits.

          a) Heterozygous b) X sex-linked traits c) incomplete dominance d) standard dominance e) Recessive f) Epistasis g) Genotype h) Phenotype i) Dominant j) Homozygous k) Codominance

A. Individuals with two of the same alleles for a trait are homozygous for that trait.
B. In a Mendelian cross of standard dominance, all of the F1 individuals are heterozygous for the trait being studied.
C. The phenotype is what an organism looks like.
D. Individuals with different alleles for a single trait (regardless of the type of dominance for the trait) are classified as heterozygous.
E. The genotype is the sum total of all alleles in an individual.
F. In codominance, both alleles are fully expressed in the individual.
G. Men cannot be carriers of X-linked traits.

Added by Eric B.

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